Blue iridescent dress with sheer layers
Claudia Li · Spring 2021 Ready-to-Wear
Claudia Li
- Architectural silhouettes
- Expressive color
- Inventive shirtdresses
Claudia Li launched her namesake line in 2015 after working at JW Anderson. Architectural silhouettes, custom fabrics and expressive color connect practical clothing with personal storytelling.
Five looks to know
Collection selection
Blue iridescent dress with sheer layers
Spring 2021 Ready-to-Wear
Blue iridescent dress with sheer layers in Spring 2021 Ready-to-Wear. This selection shows architectural silhouettes within the collection.
Photo: Annis Kamara and Kristen Taylor White / Courtesy of Claudia Li
Collection selection
White denim jacket and wide trousers
Spring 2021 Ready-to-Wear
White denim jacket and wide trousers in Spring 2021 Ready-to-Wear. This selection shows expressive color within the collection.
Photo: Annis Kamara and Kristen Taylor White / Courtesy of Claudia Li
Collection selection
Iridescent coat over a white shirt
Spring 2021 Ready-to-Wear
Iridescent coat over a white shirt in Spring 2021 Ready-to-Wear. This selection shows inventive shirtdresses within the collection.
Photo: Annis Kamara and Kristen Taylor White / Courtesy of Claudia Li
Collection selection
Bright floral sleeveless dress
Spring 2021 Ready-to-Wear
Bright floral sleeveless dress in Spring 2021 Ready-to-Wear. This selection shows architectural silhouettes within the collection.
Photo: Annis Kamara and Kristen Taylor White / Courtesy of Claudia Li
Collection selection
Pastel floral shirtdress
Spring 2021 Ready-to-Wear
Pastel floral shirtdress in Spring 2021 Ready-to-Wear. This selection shows expressive color within the collection.
Photo: Annis Kamara and Kristen Taylor White / Courtesy of Claudia LiCollections & archive pieces
1 collections represented · 1 pieceSpring 2021 Ready-to-Wear
1 piece
About Claudia Li
Spring 2021 draws on her wedding and the mood of a prom, transforming shirtdresses, utility outerwear and party dresses with tulle, floral patterns and luminous surfaces.